Leggings & shorts
Waist, hip and leg zoning
Explore mapped paths around the waistband, outer hip, glute, thigh or knee. The final geometry follows the intended fit and movement brief.
Performance innovation · MOQ 500 pcs/color/style
3D elastic support printing, mapped into the garment.
Develop leggings, sports bras, shorts and shapewear with precisely placed elastomer support zones—engineered around the product instead of added as decoration.
- MOQ
- 500 pcs
- Unit
- Color/style
- Route
- OEM / ODM
- Markets
- Worldwide
Development concept visual. Final product geometry and material are confirmed during project development.
The short answer
A support map, not a surface print.
Linked Sourcing develops custom activewear with mapped 3D elastomeric support structures. The base fabric, path geometry, material system, thickness, garment pattern and target zones are specified together. Starting MOQ is 500 pieces per color and style.
The technology owner describes SensElast® as a process family based on elastomeric coating, bonding and dispensing on textiles; its 3D route combines textile printing with filament structures integrated into garment construction. See the technology overview and 3D technical summary.
Product architecture
See the support zones from every useful angle.
These original concept visuals show development directions, not an approved production sample or a universal performance result.
Clean demonstration film
Show stretch, return and placement—not another brand.
The final on-page film will use authorized, unbranded footage with English labels. It will demonstrate the actual approved construction without exposing a manufacturing partner or presenting third-party product footage as Linked Sourcing's own.
Product directions
Where mapped support can create a differentiated range.
Sports bras
Underbust and side support
Coordinate the cup/body, underband, side wing and strap area. Support language is set only after product-specific fit and movement review.
Shapewear
Localized structure
Build visible or tone-on-tone structure around selected waist, abdomen, seat and edge zones without treating appearance as proof of pressure.
Underwear
Soft edge integration
Develop lightweight support paths and seam-minimized edge directions around the exact textile, silhouette and skin-contact requirements.
Development control
Four decisions before bulk production.
A good-looking path is only the start. Mature product teams need the material, fit and evidence boundaries controlled together.
- 01
Map the purpose and zones
Define the garment, wearer, activity, size range and intended support or appearance by zone.
- 02
Match textile and elastomer system
Control fabric identity, stretch direction, surface finish, path material, thickness and application geometry.
- 03
Verify the finished garment
Review adhesion, cracking or lifting, stretch and return, wash appearance, fit, movement and any product-specific claim evidence.
- 04
Freeze the production standard
Approve the exact style, color, material lot controls, size mapping, artwork revision, care route and inspection points before bulk release.
Buyer questions
Clear answers before development.
What is 3D elastic support printing for activewear? +
It is a garment-development approach that places mapped elastomeric paths or structures onto selected textile zones. The path geometry, material system, thickness and garment construction are developed together for the intended product.
Is 3D elastic support printing a fabric? +
No. It is an applied textile and garment-construction system. The base fabric still needs its own composition, weight, stretch, recovery, color, hand feel and care specification.
Which products can use mapped elastic support zones? +
Common development directions include leggings, biker shorts, sports bras, bra tops, shapewear, bodysuits and underwear. Feasibility is confirmed for the exact fabric, zone map, size range and end use.
What is the MOQ for this technology program? +
The starting MOQ is 500 pieces per color and style. A set containing a bra and a legging is normally two styles, so each style is planned separately.
Can a brand customize the support paths, color and placement? +
Yes. A brand can brief the product silhouette, intended zones, visible or tone-on-tone appearance, color direction and fit priorities. The final map must be engineered and approved for the selected textile and garment.
Does the technology automatically prove compression, lift or recovery benefits? +
No. A visual support path does not by itself prove finished-garment pressure, support, circulation, recovery, medical or body-change claims. Claims must stay within product-specific fit, wash, adhesion, stretch-recovery and any other relevant evidence.
Can Linked Sourcing develop SensElast 3D products? +
Linked Sourcing can coordinate SensElast®-based and related 3D elastic support product development through a qualified production route. Technology and trademark use, substrate compatibility and the approved application are confirmed for each project. SensElast® is a third-party technology name; Linked Sourcing does not claim ownership of the trademark or underlying patent.
Start a project
Bring us the product problem—not just a print pattern.
Tell us what the garment should do, where support is intended, the target market, quantity and what you already have. A current product, tech pack, physical sample or clear reference can all start the discussion.
Starting MOQ: 500 pieces per color and style.
Product feasibility, trademark route and claim evidence are confirmed against the exact brief.